Sandra Johnson Taylor
B.S. (1982) electrical engineering Southern University; M.S. (1984) electrical engineering Stanford University
Ph.D. (1988) electrical engineering Rice University; Advisor Faye Briggs
Computer Engineer, IBM Corporation T.J. Watson Research Center, Yorktown Heights, New York
Johnson Baylor became interested in electrical engineering at a young age: "Growing up in Louisiana, I became interested in math and science in junior high school, so I attended the Engineering Summer Institute at Southern University the summer prior to my senior year in high school. Always a strong math and science student, Baylor had the summer of her life. The experience at Southern put her skills to tests that stimulated her intellect and truly challenged her. She loved the subject matter and she enjoyed bouncing ideas off of other students and professors. She also was very impressed with the faculty at the program - African American engineers who were smart, talented, concerned and considerate of students. "By the end of the summer I knew that engineering was what I was born to do," she said. "When I arrived home ready to start my senior year in high school, I decided to major in electrical engineering in college."
|This experience sparked my interest in engineering and computers, and helped me make the decision to pursue engineering as a career." Sandra received her B.S. degree from Southern University in Baton Rouge, Louisiana, her M.S. degree from Stanford University in Palo Alto, California, and her Ph.D. from Rice University in Houston, Texas--all in electrical engineering. Her Ph.D. advisor was a Nigerian-American, Faye Briggs [right].|
After finishing her education, Sandra became a research staff member at the IBM T.J. Watson Research Center in Yorktown Heights, New York, where she conducts research on I/O (input/output) in parallel processors. If you have ever used a computer, you know that it is never as fast as you would like it to be. A traditional computer has only one compute engine (CPU, or central processing unit). One method that can be used to increase the speed of computers is to use several compute engines at the same time, or "in parallel." Such parallel processors are used for many applications, including weather forecasting, aircraft design, and stock market prediction. Sandra enjoys investigating ways to get data into and out of the compute engines of parallel processors as quickly as possible. For those who use IBM machines, this is valuable: quick I/O means they can then solve bigger problems faster.
Sandra is a member of the Computing Research Association's Committee on the Status of Women in Computing Research, and she is leading an effort to publish a graduate school information booklet for women in computing. (If you would like a copy of this booklet, contact the CRA office--information is given at the end of this brochure.) Sandra also enjoys a host of other activities. She does aerobics on a regular basis, and loves to play tennis, sew, and read. She is an active member of her church, where she sings in the choir, and of her sorority, which hosts various public service activities in Westchester County, New York, where she lives with her husband.
Sandra loves to travel and to dine out. She says, "One of the many things I like about my work is that I present the results of my research at conferences all over the world. As a result, I have dined on everything from sushi in Tokyo to tacos in Cancun, Mexico."
references: http://www.maesnationalmagazine.com/MAES_V10_NO2/coverstory5_10_2.htm; http://www-2.cs.cmu.edu/%7Emihaib/whoswho/photos.html; http://www.sdsc.edu/CRAW/baylor.html; http://www.research.ibm.com/people/b/baylor/
|This website was created by and is maintained
Dr. Scott Williams, Professor of Mathematics
State University of New York at Buffalo
visitors since opening 5/25/97